Accession Number : ADA292651
Title : Spectral Inverse Scattering Theory for Dielectric Media: Application to Optical Devices.
Descriptive Note : Final rept. 1991-1994,
Corporate Author : TEXAS UNIV AT DALLAS RICHARDSON CENTER FOR APPLIED OPTICS
Personal Author(s) : Tamil, Lakshman S.
PDF Url : ADA292651
Report Date : 10 DEC 1995
Pagination or Media Count : 112
Abstract : Optical devices and circuits can be synthesized from specified transmission characteristics using the methods of inverse scattering. Both analytical and numerical inverse scattering techniques that have been developed to synthesize optical devices and circuits are discussed. Large-scale guided-wave structures such as optical logic gates and optical interconnects can be synthesized using the techniques discussed here. Finite difference based frequency domain analysis technique has been used to verify the results obtained by these inverse scattering techniques.
Descriptors : *DIELECTRICS, *INVERSE SCATTERING, *OPTICAL CIRCUITS, OPTICAL EQUIPMENT, OPTICAL PROPERTIES, SYNTHESIS, GATES(CIRCUITS), INTEGRATED CIRCUITS, TRANSMITTANCE, FINITE DIFFERENCE THEORY, CIRCUIT INTERCONNECTIONS, LOGIC CIRCUITS, NUMERICAL METHODS AND PROCEDURES, FREQUENCY DOMAIN.
Subject Categories : Electricity and Magnetism
Distribution Statement : APPROVED FOR PUBLIC RELEASE